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EFOM 12 C case studies: candidate technologies to relieve the European energy system

A. Daffe,Jean François Guilmot-1983-01-01-OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)
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TL;DRAbstract

The impact of new technologies on the energy system of Belgium is assessed with the aid of the linear programming model (EFOM). Background descriptions are given-of the scenario for relative price variations between different energy forms, of the energy demand hypotheses, and of the new technologies studied. The detailed results of the reference case, i.e. minimal total energy cost, the effect of progressive reductions in imported energy cost, and the effect of a nuclear moratorium are analysed and conclusions drawn. The advantages of new technologies based on coal, nuclear, and solar energies are compared. The importance of energy conservation measures and the significant potential of nuclear power are emphasized.

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The impact of new technologies on the energy system of Belgium is assessed with the aid of the linear programming model (EFOM). Background descriptions are given-of the scenario for relative price variations between different energy forms, of the energy demand hypotheses, and of the new technologies studied. The detailed results of the reference case, i.e. minimal total energy cost, the effect of progressive reductions in imported energy cost, and the effect of a nuclear moratorium are analysed and conclusions drawn. The advantages of new technologies based on coal, nuclear, and solar energies are compared. The importance of energy conservation measures and the significant potential of nuclear power are emphasized.

Keywords

Nuclear powerEnergy systemEnergy (signal processing)Environmental economicsEnergy conservationComputer scienceRisk analysis (engineering)Business

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